Astrophysics

International team measures dark matter clumpiness, finding a discrepancy between gravitational lensing surveys and Cosmic Microwave Background.

Study using quasars as cosmic clocks confirms the early universe moved 5x slower, further supporting Einstein’s general relativity theory.

Sandwiched Planet Formation: Researchers propose a new method where smaller planets emerge between two larger ones in protoplanetary discs, shedding …

New discovery challenges traditional understanding of classical novae as simple explosions, revealing complex non-thermal emissions.

Chinese scientists detect nanohertz gravitational waves using the FAST telescope, advancing our understanding of the Universe’s structure and supermassive black …

Revolutionary discovery: IceCube Neutrino Observatory captures an image of the Milky Way using elusive neutrinos, shedding new light on our …

Discover how our Solar System survived a nearby supernova explosion with the help of a protective molecular gas filament. Fascinating …

Groundbreaking discovery: NANOGrav detects unexpectedly intense gravitational waves from merging supermassive black holes, unveiling a new window into the universe.

Webb Telescope detects complex organic molecules in a distant galaxy, marking a major breakthrough in early universe chemistry.

Unlocking dark matter mysteries through a multiply-imaged supernova. Gravitational lensing offers new insights into the universe’s expansion. Discoveries published in …